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lift GPU Requirements: VRAM & Cheapest GPU

lift has about 9.7B parameters. See exactly how much GPU memory it needs at FP16, INT8, and INT4, and the cheapest GPU to run it, with live hourly pricing from 5+ data center partners.

9.7BParameters
5.3 GBMin VRAM
$0.53/hrCheapest
< 2 minDeploy
9.7B paramsimage-text-to-textqwen3_50 downloads93 likesupdated Jun 19, 2026

To run lift for inference at FP16, you need roughly 21 GB of VRAM. The cheapest fit on Spheron is RTX 4090 24GB at about $0.53/hr. Quantize to INT4 to run it on a smaller, cheaper GPU.

GB VRAM REQUIRED
FP16INFERENCEBATCH 1CTX 4k

Estimated peak VRAM including weights, activations, and KV cache. Add 10% headroom for production traffic.

RANKCONFIGURATIONPER GPUTOTAL $/HR
  • 01
    1× RTX 4090 24GBCHEAPEST
    Ada Lovelace · GDDR6X
    $0.53/hr$0.53/hr
  • 02
    1× L40S 48GB
    Ada Lovelace · GDDR6
    $0.67/hr$0.67/hr
  • 03
    1× A100 80GB
    Ampere · HBM2e
    $0.82/hr$0.82/hr
  • 04
    1× RTX PRO 6000 96GB
    Blackwell · GDDR7
    $0.86/hr$0.86/hr
  • 05
    1× RTX 5090 32GB
    Blackwell · GDDR7
    $0.86/hr$0.86/hr

Live pricing aggregated from 5+ data center partners. Per-minute billing, no commitments.

VRAM required to run lift

Estimated peak VRAM at context length 4,096 and batch size 1, including weights, activations, and KV cache. Quantizing to INT8 (Q8) or INT4 (Q4) cuts memory roughly in half and in quarter.

PrecisionInferenceLoRA fine-tuneFull fine-tune
FP1621 GB32 GB84 GB
INT811 GB16 GB42 GB
INT45.3 GB7.9 GB21 GB

Cheapest GPU to run lift by precision

FP16
VRAM required21GB

Full precision. Best quality, highest memory.

Cheapest GPU
RTX 4090 24GB
Ada Lovelace · GDDR6X
$0.53/hr
RTX 4090 24GB on Spheron
INT8
VRAM required11GB

8-bit quantized. ~2x smaller, minimal quality loss.

Cheapest GPU
RTX 4090 24GB
Ada Lovelace · GDDR6X
$0.53/hr
RTX 4090 24GB on Spheron
INT4
VRAM required5.3GB

4-bit quantized. ~4x smaller, runs on smaller GPUs.

Cheapest GPU
RTX 4090 24GB
Ada Lovelace · GDDR6X
$0.53/hr
RTX 4090 24GB on Spheron

Inference vs fine-tuning lift

InferenceWeights + KV cache
LoRA fine-tune~1.5×+ low-rank adapter
Full fine-tune~4×+ gradients + optimizer state

Inference only holds the model weights plus a KV cache, so it is the cheapest setup. LoRA fine-tuning adds a small adapter and roughly 50% more memory. Full fine-tuning holds gradients and optimizer state on top of the weights, which is about 4x the inference footprint, so it often needs multiple GPUs even when inference fits on one. For lift, an on-demand RTX 4090 24GB instance covers inference and LoRA, while a full fine-tune needs several times that memory and often spans multiple GPUs. Check the live GPU pricing for current rates.

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FAQ / 05

lift GPU questions